Polski English

In the first episode of the "Human 2040" series, we focus on transport issues in a broad sense. In order to create a reliable picture of mobility in 2040, the analysts from Polityka Insight look into trends such as the systematic development of greener transport and its intermodality. Andrzej Bobiński, managing director of Polityka Insight, talks to Krzysztof Bolesta, former Vice-President of the Foundation for the Promotion of Electric Vehicles and currently policy officer and team leader at the European Commission's Directorate-General for Energy, about whether the presented vision of mobility in 2040 has a chance of becoming reality. We invite you to read the text and listen to the interview.


WHO IS RESPONSIBLE FOR THE ACCIDENT OF AUTONOMOUS VEHICLES

After three years of a legal battle between the participants of the collision , car manufacturers and software developers, we will learn who is to blame. The Supreme Court is going to announce its judgment.

Starting point: The collision took place in Warsaw at night at the intersection of Wawelska and Grójecka streets, where the traffic is managed by the Warsaw Intelligent Autonomous Vehicle Management System (WSIKPA). For unknown reasons, the system allowed two autonomous vehicles into the intersection at the same time. The collision resulted in the death of the Edison 8S passenger – an activist and the founder of the #CzystyCzłowiek virtual community which opposes bionic modifications of humans. The female passenger of Izera X-Sport was admitted to a hospital in a serious condition. The woman tried to switch the vehicle to emergency manual mode, but the vehicle’s system blocked this option because it detected alcohol in her blood.

Fault of the city traffic management system manufacturer (high probability): This was the case in lower courts. The WSIKPA algorithms are supposed to navigate autonomous vehicles in the city in a collision-free manner. Although the system is supervised by a human factor (a special unit in the Warsaw Town Hall), the controller is unable to react on a case-by-case basis and correct decisions taken by a machine. Therefore, the controller is definitely not to blame in this case.

Fault of the vehicle manufacturer (medium probability): One of the elements of the WSIKPA authors’ defense was the indication that Edison 8S software was not updated to the latest version, which could affect compatibility with the city system. In previous instances, the representatives of the car company effectively demonstrated that the missing update only covered the extension of the functionalities of the vehicle’s entertainment panel and did not affect the autonomous steering system.

Fault of the vehicle owner (low probability): If the Supreme Court shares the views of WSIKPA and considers that the failure to update the system in Edison 8S has contributed to the accident, it is possible that the vehicle owner will be to blame instead of the manufacturer. Although Edison software generally updates itself, the long-term lease agreement stipulates that the lessor is responsible for verifying on a regular basis that the vehicle has the most recent version of the system.

Hackers (low probability): The largest controversy is the issue of possible intrusion to the system by hackers who were supposed to intentionally lead to an accident, which was raised by WSIKPA. So far, the representatives of the system authors have not provided any convincing evidence in this respect. However, this theory is gaining popularity among the #CzystyCzłowiek community, whose members claim that the accident was a “murder in velvet gloves”. If the Supreme Court considers that a cyberattack has occurred, the case will probably be dismissed.

FAST AND GREEN JOURNEY THROUGH POLAND

We have travelled from the Czech-Polish border in Golińsk (Lower Silesia Province) to Sejny at the border with Lithuania. The journey across Poland has never been this fast, easy and environmentally friendly.

The entire route was scheduled by the Virtual Travel Assistant (WAP) supported by Ciri. Our task was only to indicate the origin and destination as well as the date of the journey. Based on the data of almost all Polish public transport carriers and our preferences (the smallest carbon footprint possible, the shortest travel time), WAP selected optimum connections and purchased one combined ticket. The assistant was also helpful during changes – it flawlessly marked the places to be reached to start the next stage of our journey.

We started with a 30-kilometre journey by an electric city bus from the Czech border to Wałbrzych, a city located on the outskirts of the Wrocław-Świdnica mega-agglomeration. An electric Vozilla (as part of car sharing) in which we have reached Wroclaw was already waiting for us at the bus station. There, we changed to the super-fast Hyperloop railway. The “wagon” which moves in a special tube covers almost 350 kilometres from Wrocław to Warsaw in 37 minutes. We travelled from the capital by a “traditional” train as far as to Suwałki, where the most pleasant part of the journey was to start. We covered the last 30 km of the route from Suwałki to Sejny, which runs through the Suwałki Landscape Park that is closed for motor traffic, by electric bicycles. Our luggage travelled in a small autonomous e-trolley. 

Our multimodal journey was possible thanks to the renaissance of public and shared transport which can be observed since the second half of the 2020’s. Its success resulted primarily from ecological reasons (elimination of combustion cars from the streets) and changes in consumer habits (departure from car ownership to more flexible solutions). During the entire journey, we managed to avoid combustion vehicles. Thanks to the significant departure from fossil fuels in the power industry, also those stages of the journey which were based on electric transport were much more environmentally friendly than 20 years ago.

TRANS-POL-TTONI PUTS ITS BETS ON HYDROGEN

One of the largest logistics companies in Poland decided to replace its entire car fleet with hydrogen-powered trucks. The change is in line with the company’s environmental zero-emission strategy

At the first stage that was carried out at the beginning of the 2030s, the company accelerated the replacement of its fleet with electric vehicles. However, electric vehicles were not able to replace vehicles using fossil fuels, especially at longer distances. Trucks using hydrogen-powered fuel cells (FCEVs – Fuel Cell Electric Vehicles), which have been improved in recent years, are a response to this problem.

Hydrogen-powered trucks do not emit any exhaust fumes; water is the only by-product of vehicle propelling reactions. The challenge faced by scientists over the past 15 years was to reduce the cost of manufacturing “green” hydrogen (obtained in the process of electrolysis powered by renewable energy) which had to supplant “blue” hydrogen (generated from gas) and “grey” hydrogen (generated from crude oil). Only then it was possible to refer to hydrogen propulsion as an environmentally friendly alternative to fossil fuels.

Supplementing the supply chain with hybrid vehicles is the final element of the changes in logistics and transport industry that took place over the last 20 years. The need to depart from fossil fuels contributed to the fact that commercial transport, especially over long distances, was largely transferred to the tracks. Autonomous trucks that travel in the form of integrated convoys became an alternative to railways. At the final stage of transport, directly to the consumer, the use of electric commercial vehicles is already widespread, and in large cities and restricted traffic zones – the use of electric cargo bicycles.

According to the data of the World Health Organisation, 1.35 million people die each year in road traffic accidents and another 50 million get injured. It is assumed that 95% of accidents are caused by human error. The development and improvement of autonomous vehicles is likely to significantly improve these statistics. However, accidents which are unavoidable especially at the initial stage, will give rise to numerous doubts concerning legal and insurance issues.

Read more:
WHO (2021) Road traffic injuries
KPMG (2020) Autonomous Vehicles Readiness Index

Effective implementation of smart city solutions in the area of transport will be key to the correct and efficient operation of transport based on autonomous vehicles (AV). Therefore, AVs will first become widespread in selected areas of the world’s largest metropolitan regions. Such a system, based on the data collected on an ongoing basis and transmitted, will act as a “conductor” managing public transport in the city. With the intelligent vehicle coordination system, urban traffic will be smoother, safer and more environmentally friendly. KPMG has been studying the legislative and technological adaptation of countries and cities to autonomous transport traffic since 2018 in its “Autonomous Vehicles Readiness Index”, but it does not include Poland among the 30 countries studied.

Read more:
Yvrkoff, L. (2020) The Success Of Autonomous Vehicles Hinges On Smart Cities. Inrix Is Making It Easier To Build Them
KPMG (2020) Autonomous Vehicles Readiness Index

Fully autonomous vehicles are the ultimate link to changing the way in which cars are driven. The Society of Automotive Engineers has distinguished six stages of this process:
(0) technology supports the driver temporarily in emergency situations,
(1) technology supports the driver in controlling the vehicle or controlling vehicle speed,
(2) technology supports the driver in controlling the vehicle and controlling vehicle speed,
(3) technology drives the vehicle under certain conditions, but may request the driver to take control,
(4) technology drives the vehicle under certain conditions and their fulfilment means that the system will not request switching to the manual driving mode,
(5) driving without the driver under all conditions.
Today’s technologies cover the third stage. The fourth one should be reached around 2030, and the last one – around 2040.

According to the McKinsey’s forecast, as much as 66% of passenger kilometres may be driven by autonomous vehicles in China in 2040. In Poland, this type of solution will probably be introduced on a larger scale first in Warsaw or another large city.

Według prognozy McKinseya w Chinach w 2040 r. aż 66 proc. pasażerokilometrów może być realizowanych przez pojazdy autonomiczne. W Polsce, na większą skalę, tego typu rozwiązanie będzie zapewne wprowadzone w pierwszej kolejności w Warszawie lub innym dużym mieście.

Read more:
Pizzuto, L., Thomas, C., Wang, A., Wu, T. (2019) How China will help fuel the revolution in autonomous vehicles
Wevolver (2020) Autonomous Vehicle Technology Report

The dissemination of autonomous technologies and smart city solutions will increase the safety of the Poles, e.g. by minimising the number of accidents. However, a wide flow of data and the transfer of “power” over the transport to algorithms will result in the emergence of new risks, ranging from a system error, the consequences of which may be much worse than a mistake of one driver, to a threat of hacker attacks and new forms of terrorist attacks aimed at paralysing the city. Therefore, it is of utmost importance that the related safeguards be improved in parallel with the development of autonomous technologies.

Read more:
AlDairi, A., Tawalbeh, L. (2017) Cyber Security Attacks on Smart Cities and Associated Mobile Technologies.
Deloitte (2019) Making smart cities cybersecure. Ways to address distinct risks in an increasingly connected urban future.

Quantitative determination of the impact exerted by a person, community or an activity on climate change. Carbon footprint covers all areas of human activity in terms of production and consumption of goods and services.

Read more:
https://europa.eu/youth/get-involved/sustainable%20development/how-reduce-my-carbon-footprint_pl

Pursuant to the Electromobility Act, cities over 50 thousand inhabitants will have to replace at least 30% of their buses with zero-emission buses (e.g. electric or hydrogen-powered) by 2028. Public transport will probably be one of the first transport areas to become highly electrified. It is not restricted by the lack of charging infrastructure (an adequate number of stations at the depot will suffice). The share of e-cars will increase faster also in other market segments. Particular acceleration is projected for the time when electric cars cease to be more expensive than their combustion equivalents – which should take place already between 2025 and 2027 according to BNEF. In 2030, an average e-car is supposed to be cheaper by as much as 18% than its conventional counterpart.

Read more:
Bannon, E. (2021) Hitting the EV Inflection Point
Polityka Insight (2020) Rynek autobusów CNG w komunikacji publicznej w Polsce.

Hyperloop is a very popular concept for the future means of transport which is supposed to be comparably fast to flights, but cheaper and more environmentally friendly. The idea is to transport passengers in a capsule moving in a special pressure-reduced tube, which reduces air resistance and allows to reach the speed of up to 1,200 km/h. Elon Musk, the creator of Tesla who published an article on the benefits of this solution already in 2013, as well as another billionaire – the owner of Virgin – Richard Branson are among the ones heavily investing in Hyperloop. The Virgin Hyperloop prototype was tested with participation of passengers in November 2020 (the capsule developed the speed of 182 km/h). In Poland, Nevomo is dealing with the concept and development plans of similar technology.

Read more:
Kulik, W. (2020) Pierwsi ludzie przejechali się hyperloopem. Kolej przyszłości coraz bliżej
Dolecki, L. (2017) Hyperloop z Warszawy do Wrocławia? Polski projekt w półfinale

Journeys that combine different means of transport will become increasingly easier and more widespread in the near future. This will be facilitated by simplification of payments (mobile tickets and combined tickets for different means of transport) and integration of various means of transport (currently, this can be observed for instance in applications offering both passenger transport services and rental of electric scooters). First, multimodal solutions will become widespread in metropolitan areas because they effectively address the problem of the first/last mile, i.e. reaching a place where there is no larger means of public transport (tram, bus).

Read more:
Deloitte (2014) Digital-Age Transportation: The Future of Urban Mobility

Currently, transport is responsible for ¼ CO2 emissions in the European Union. Therefore, their reduction is one of the key challenges for the EU for the coming years. The “Fit for 55” legislative package published in July 2021, which aims to toughen emission standards for passenger cars, is supposed to help. According to the proposed solution, all cars sold in the Union since 2035 would have to be zero-emission cars.

Read more:
Bannon, E. (2021) EU climate plan will make emissions-free cars accessible for all

The world’s first hydrogen-powered truck was introduced to the market by Hyundai. Last year, 46 XCIENT Fuel Cell trucks were sold to Switzerland. In 2021, another 140 vehicles are to reach Europe and by 2025, the company is to manufacture 1,600 vehicles. The range of XCIENT Fuel Cell per charge is up to 400 km and charging takes 8–20 minutes. Mercedes and Toyota are also testing their prototypes of hydrogen-powered trucks. In order for this means of transport to become widespread in the years to come, it will be necessary to increase the efficiency of the technology (greater range of kilometres per tank) and to make significant investments in the refuelling infrastructure. For the “Fit for 55” project, the European Commission assumes that charging stations will be located every 150 km within the TEN-T network (Trans-European Transport Network).

Read more:
Hyundai (2021) Hyundai Motor Upgrades Design and Performance of XCIENT Fuel Cell Truck for Global Expansion
Przybylski, R. (2021) Za 2 lata klienci wypróbują wodorowe ciężarówki
James, C.S. (2021) EC Fit for 55 offers benefits to hydrogen economy

Mobility Foresights estimated that one freight train replaces 50 to 70 trucks.

Read more:
Mobility Foresights (2021) Global Rail Freight Market Size, Trends, Forecast & Risks 2021-2026

Such solutions have been tested for some time for example by Scania. The project assumed the creation of a convoy of four trucks driven without the participation of drivers. The autonomy of such a convoy would include not only transport but also unloading and loading. Locomation wants to introduce an indirect solution since 2022, which will enable the creation of convoys of autonomous trucks driving behind a vehicle driven by a driver.

Read more:
Scania (2017) Autonomiczne ciężarówki na drogach publicznych w Singapurze